baber/WOPTO huggingface dataset:
Patent JP-H08216614-A (JP)
Title: Pneumatic solid tire
Inventor: NISHIMURA TAKASHI
IPC: B60C19/04
Filed: 1995-02-09
Abstract: PURPOSE: To reduce the weight of a pneumatic solid tire and prevent rim slip by forming a groove having a specific dimensional ratio at a center in the axial direction of the tire of a base rubber layer and forming a knotched section having a specific dimensional ratio on an inner peripheral face side on each groove wall face of the groove symmetrically for an equator of the tire. CONSTITUTION: A groove D is provided at a center in the axial direction of a pneumatic solid tire of an inner peripheral face 2A which is seated on a rim R of a base rubber layer 2. As for the groove D, groove width WD of the length between groove wall faces 5 and 5 is set to 0.1 to 0.7 times the width WB in the axial direction of the tire of the inner peripheral face 2A, and groove depth HD from the inner peripheral face 2A to a groove bottom end 6 is set to 0.1 to 0.7 times the height HT of the cross section of the tire. Moreover, the groove D is made into a stepped groove 9 by providing knotched sections 7, 7 on the inner peripheral face 2A side of each groove wall face 5, 5. It is provided symmetrically for an equator C of the tire.  The knotched width Wd of the knotched section 7 is 0.05 to 0.15 the groove width WD, and the knotched height Hd is 0.1 to 0.2 times the groove depth HD. Furthermore, a ringlike joint member 10 which seals the groove D is fitted detachably by applying the groove D across the knotched section 7.
Patent JP-H02228768-A (JP)
Title: Data processing method in data base system
Inventor: HAGIWARA KAORU
IPC: G06F9/45
Filed: 1989-03-01
Abstract: PURPOSE:To efficiently and speedily execute retrieval processing to complicated inquiry by repeating activation distributed processing to a parameter limiting network and extracting one concept node. CONSTITUTION:Parameter classes Cx and Cy are formed for each retrieving parameter to a data base and at least one limit cluster Cxy contained with limit nodes nX, nY, nXY1 and nXY2 spread over the plural retrieving parameters is formed. Then, intervals among all the nodes in the same cluster are coupled by suppressive coupling. Further, since an activation distributed cycle is repeated to the parameter limiting network for which the nodes in the parameter clusters Cx and Cy are coupled with the nodes in the limit cluster Cxy by exciting coupling, concept nodes n11-n24 can be respectively activated in the respective parameter clusters Cx and Cy corresponding to the retrieving parameter. Thus, the retrieval processing can be efficiently and speedily executed to the complicated inquiry.
Patent JP-H05250964-A (JP)
Title: Gas insulating switch
Inventor: MORI TADASHI
IPC: H01H33/10
Filed: 1992-03-04
Abstract: PURPOSE:To miniaturize a switch as a whole, decrease driving force so as to provide an excellent gas insulating switch suitable for a high voltage and having high reliability by disposing an arc extinguishing chamber of high shutting-off performance, which can be operated by driving force smaller than a buffer type arc extinguishing chamber. CONSTITUTION:A plurality of circular arc extinguishing chamber layers each constituted of a radial contact 4 in one semi-circle and an insulator 5 in the other semi-circle are such laminated that the radial contacts 4 in the adjacent layers are disposed in semi-circles on the opposed side, to be contained inside an insulating cylinder 2. The trailing end of the radial contact 4 in the front layer is connected to the leading end of the radial contact 4 in the rear layer. A movable arc contact 1 is disposed in a hollow portion of the radial contact 4. In closing a switch, the movable arc contact 1 is brought into contact with the radial contact 4 while in shutting it off, the movable arc contact 1 is brought into a halt between the radial contacts in the adjacent layers. The ends of the front and rear arc extinguishing chamber layers are connected to a first and a second oil 7, 8, respectively.
Patent JP-S58165668-A (JP)
Title: Voltage type inverter
Inventor: AIZAWA YUKIO
IPC: H02M7/48
Filed: 1982-03-24
Abstract: PURPOSE:To reduce the number of parts in an inverter circuit by employing as data the product of a voltage and a time of divided zone. CONSTITUTION:A function generator 6 divides the voltage waveform of a sinusoidal AC voltage into electric angles of the prescribed width, stores in advance numerical values in response to the product of an output voltage waveform and a time in the electric angle of the prescribed width and stores specific character or symbol in the boundary of the numerical values. The data stored in the generator 6 is read by the address from an address instructing counter 4. Comparators 7, 8 compare the output of the generator 6 with the output signal of a time integration counter 9, thereby deciding the ON or OFF of switches 21-26 in response to the compared values. When the numerical value which designates the boundary of the time product is outputted from the generator 6, the input of the counter 9 is stopped and the counter 9 is reset, or before the numerical value which designates the boundary of the time product is outputted, the counter 9 is stopped in counting within the maximum count.
Patent JP-H07257867-A (JP)
Title: Safety device of escalator for wheel chair
Inventor: SEO SATORU
IPC: B66B29/00
Filed: 1994-03-17
Abstract: PURPOSE:To sense failure occurrence by monitoring a torque command to a motor for driving escalator in case a damage of any stepboard or an actuator device is widened by its starting or collision with stepboard during the maintenance operation or restituting works after a trouble. CONSTITUTION:An escalator for wheel chair is controlled by the variable voltage/variable frequency system, and the torque command value during the maintenance run is monitored using a microcomputer, and when the torque limitter value is exceeded, judgement is passed that the stepboard 31 is in the locked condition because of collision of actuator devices 5, 6 with the stepboard 31 or any trouble and that the torque command has increased, which is followed by shutoff of the power to a motor 8, application of brakes by an electromagnetic brake, lighting-up of an alarm lamp, and putting the machine incapable of being started.
Patent JP-H05245443-A (JP)
Title: Immature rice processing device of hulling separator
Inventor: ISSHIKI TSUTOMU
IPC: B07B11/06
Filed: 1992-03-04
Abstract: PURPOSE:To ensure that the reprocessing of non-glutinous rice and its discharging to an area outside a rice hulling machine are smoothly performed and besides dust is prevented from generating by connecting an unhulled rice hopper to a suction fan using a dust suction path, then providing a selection guide valve which selects between the dust collection path and the unhulled rice hopper, on the connection part, and hoisting the unhulled non-glutinous rice selected by an air selection part for returning for reprocessing. CONSTITUTION:The unhulled rice hopper 4 of an unhulled rice removing part A is connected to a suction fan 1 using a dust suction path 29. On the other hand, an unhulled non-glutinous rice hoisting device 12 is connected to the connected part between the unhulled rice hopper 4 and the dust suction path 29 from a fallen rice air selection part B. In addition, a selection guide valve 30 is arranged at the connected part between the unhulled rice hopper 4 and the dust collection path 29 so that the unhulled non-glutinous rice is allowed to run from an unhulled non-glutinous rice hoisting device 12 to either the unhulled rice hopper 4 or the dust collection path 29 by switching operation. Under this structural design, the unhulled non-glutinous rice which has fallen to a non-glutinous rice receiving trough 10 after selection by the fallen rice air selection part B, is hoisted and returned for reprocessing. In this case, the unhulled non-glutinous rice is returned to the hopper 4 or is discharged to an are outside the unhulled rice processing device through the dust collection path 29 by switching the selection guide valve 30.
Patent JP-S57161915-A (JP)
Title: Generating circuit for high potential clock
Inventor: TAKEMAE YOSHIHIRO
IPC: G11C11/401
Filed: 1981-03-30
Abstract: PURPOSE:To reduce the load of a word push-up circuit and obtain a circuit where boosting to a higher level is possible, by providing specific driver circuit, gate circuit, two push-up circuits, etc. CONSTITUTION:A driver circuit WDG which charges a load capacity through a gate circit GC by a charging output signal phiWD and coupled capacities C1 and C2 connected as shown in figure are provided. A push-up circuit WPC1, which is started by the output signal of the driver circuit WDG and applies a clock signal phiWP1 to the other electrode of the coupled capacity C1 to raise the voltage between load capacities, and the second push-up circuit WPC2 which is started by the clock signal phiWP1 and applies the second clock signal phiWP2 to the other electrode of the coupled capacity C2 to raise the voltage between load capacities after applying a gate control signal phiPWP2 to the gate circuit GC to close the gate circuit GC are provided.
Patent JP-S63212633-A (JP)
Title: Paper feed device for cassette sheet
Inventor: YASUOKA SADA
IPC: B41J13/00
Filed: 1987-03-02
Abstract: PURPOSE:To simplify the arrangement of a paper feed device so as to make it possible to individually drive a plurality of paper feed devices by providing a one-way clutch for selectively rotating feed-out means in association with the normal and reverse rotations of a drive motor. CONSTITUTION:In the case of the feed-out of paper from a cartridge in a lower storage casing, a motor 6 is driven to rotate a pinon 61 counterclockwise. During this rotation a feed-out roller 7 and a pick-up roller 77 are alone associatingly rotated. Due to the rotation of the feed-out roller 76, two or three paper sheets located in the upper part of cassette sheets in the cartridge are fed, and then the topmost one of them is fed cut by means of a pick-up roller 77. In the case of the feed-out of paper from an upper storage casing, the motor 6 is driven to rotate the pinion 61 clockwise. During this rotation a feed-out roller 86 and a pick-up roller 88 are alone associatingly rotated. Similarly, due to ths rotation of the feed-out roller 86, the topmost one of the sheets is fed out by the pick-up roller 87.
Patent JP-H09242005-A (JP)
Title: Floor material made of synthetic resin
Inventor: KOGA MATSUKI
IPC: E04F15/18
Filed: 1996-03-05
Abstract: PROBLEM TO BE SOLVED: To improve the appearance, and exhibit the antistatic function against a human body stably for a long term. SOLUTION: A flat plate-like base body 10 is provided with triangular opening parts 19 in rows respectively along longitudinal bars 11 and lateral bars 12. Posts 20 projecting downward are respectively provided on the respective crossing points of the longitudial bars 11 and the lateral bars 12 on the back of the base body 10. The base body 10 and the respective posts 20 are integratedly formed out of a synthetic resin. Three carbon fiber bundles 30 bundling many carbon fibers are fusedly fitted with the proper fusedly fitting parts of the back of the base body 10. The respective carbon fiber bundles are opposed to the respective opening parts 16 arranged in a row of the base body 10.
Patent JP-H03251444-A (JP)
Title: Manufacture of film bag with folded tongues and its device
Inventor: SHINGO HIROMICHI
IPC: B31B23/00
Filed: 1990-03-01
Abstract: PURPOSE:To manufacture film bags with good efficiency by cutting a continuous film, consisting of folded overlapping sections on both sides and a single layer section of fine width at the center, at the central section to be separated into the left and right pieces, making respective piece one film piece with the tongue and cut sealing said respective film pieces. CONSTITUTION:While a continuous film consisting of folded overlapping sections (b) on both sides and a one layer section (c) of fine width at the center are transferred intermittently by an intermittent driving roller 5, the film is cut at the central section by a separation device 6 to be separated into the left and right pieces, and then tongue sections of film pieces are cut into the V-shape at given interval by a V-shape cutting device 7. Then, a folding line is heat formed on a base section of tongue (d) by a folding line heat forming device 8, and then the tongue is folded at said folding line by a folding device 9, and further the folding line of said tongue is heated by a preforming device 14 to preform folding lines and folded securely. Then, the V-shaped cut section is cut in the width direction by a cut sealing device 15 and sealed simultaneously to manufacture a film bag with the tongue.
Patent JP-S62204803-A (JP)
Title: Method for sterilizing ultrafilter membrane equipment
Inventor: TOTO MASANORI
IPC: C02F1/44
Filed: 1986-03-06
Abstract: PURPOSE:To enhance an excellent sterilization effect at low cost by passing the flowing hot water through a use point pipeline pat which is obtained by heating the permeated water of an ultrafilter membrane equipment and passing it through the ultrafilter membrane in the direction reverse to the filtering treatment and sterilizing the use point pipeline in combination therewith. CONSTITUTION:While performing the filtering treatment of pure water stored in a pure water tank 2, a valve 11 is opened to preliminarily store the permeated water of an ultrafilter equipment 5 in a storage tank 9. In case of the sterilizing treatment, the valves 13, 15, 17, 19 and 20 are opened and the permeated water stored in the storage tank 9 is heated in a heat exchanger 10 and heated into >=70 deg.C hot water and allowed to flow through a use point pipeline 6 and passed through a use point 7 and fed to the ultrafilter equipment 5 in the direction reverse to the filtering treatment. In such a way, the polluted materials stuck on the membrane surface or the bacteria breeding thereon can be effectively peeled or sterilized by means of the hot water allowed to flow back from the rear side of the membrane and even if the bacteria breed on the use point pipeline 6, these can be effectively sterilized.
Patent JP-H02233334-A (JP)
Title: Sterilizing device
Inventor: KURIHARA MASARU
IPC: B65G47/84
Filed: 1989-02-28
Abstract: PURPOSE:To completely sterilize container blanks for a beverage, each of which is hollow and open at both ends, and enable taking out the blanks in a dry state from a sterilizing chamber by providing a feed station for a feeding blanks into a sterilizing chamber for the sterilization and a blank-receiving device in a discharge station for sending the blanks to a succeeding process. CONSTITUTION:There are provided a sterilizing chamber 5a for sterilizing container blanks 4 for a beverage each of which is hollow and open at both ends, a feed station 6 for feeding blanks 4 into the sterilizing chamber, a discharge station 12 for transferring the blanks from the sterilizing chamber 5a to a succeeding process, and a blank- receiving device device 35 in the discharge station 12. The blank-receiving device 35 has a plurality of blank holders 36 each of which is designed to hold a blank and disposed circularly at an equal distance from an adjacent blank holder; each blank holder 36 is capable of rotating in sequence from a receiving position where it receives a blank from the sterilizing chamber 5a to a sending position where it sends the blank to a succeeding process and to a takeout position where the blank is taken off to be sent to a stock chamber 42. The sterilizing chamber 5a is comprised of a sterilizing station 7, a rinsing station 8, a sterilizing agent-removing station 9, and a hot-air-drying station 11.
Patent JP-H01222187-A (JP)
Title: Storage box
Inventor: KAWAMOTO AKIRA
IPC: F25D23/02
Filed: 1988-02-29
Abstract: PURPOSE:To eliminate the need for wiring to a door opening switch located between a door and a storage box body, by installing a door opening switch to a storage box body and providing an operation mechanism which actuates said door opening switch when the door is closed. CONSTITUTION:When a handle 10 of an operation mechanism 7 is pulled in A direction, its operation member 11 moves in B direction coupled with the rotation of the handle 10. A pushing rod 13, which is placed into contact with its tip section, is rotated in C direction. A projecting part 13a drives an actuator 18a of a door opening switch 18, thereby switching on the door opening switch. Electricity is supplied to a solenoid 22 of a door opening mechanism 20, thereby generating a magnetic field so that a plunger 23 mat be drawn in the right direction. As a result, a lever 26 is rotated in arrow D direction and presses against a support fitting 28 of a door 2, and opens the door 2 to a position identified by two-points-chain lines, or more specifically, the door 2 may be opened to that position where the suction force of a magnet gasket 17 does not exert over a refrigerator body 1. The door 2 continuously pulls the handle 10 with a slight force without changing its status, and is further opened to a greater extent. Therefore, it will be acceptable even if wiring to the door opening switch 18 is laid out only on the side of the refrigerator body 1. Furthermore, the wiring between the door and the refrigerator body can be eliminated.
Patent JP-2000252523-A (JP)
Title: Formation of led
Inventor: TAMEMOTO HIROAKI
IPC: H01L33/56
Filed: 1999-02-25
Abstract: PROBLEM TO BE SOLVED: To reduce color tone variations, etc., caused by uneven filling of the resin containing phosphor by forming a two-stepped recessed section and filling the the resin at least over the upper surface of the lower recessed part. SOLUTION: In a housing of a chip LED, a gallium nitride semiconductor is so formed as to have a lower recessed part 11 for disposing an LED chip 12 and an edge for obtaining the uniformity in the shape of the sealing resin. In other words, the housing is a package formed with a two-stepped recessed section 11, 15. Epoxy resin wherein the phosphor is dispersed is filled into the lower recessed part 11 wherein the LED chip 12 is disposed and then is hardened. The quantity of the resin containing the phosphor is larger than the volume of the lower recessed part 11. When power is supplied to such an LED, the LED chip 12 emits light. By this method, an LED which can emit while light by the mixture of light emitted from the LED chip 12 and light emitted from the phosphor excited by the light emission from the LED chip 12 can be formed with good productivity.
Patent JP-2000247894-A (JP)
Title: Horny layer turnover promoter, skin-ageing preventive and functional food and feed for skin ageing
Inventor: YAZAWA KAZUYOSHI
IPC: A61K8/00
Filed: 1999-02-25
Abstract: PROBLEM TO BE SOLVED: To obtain the subject horny layer turnover promoter that has the actions to promote the turnover rate of horny layer and to prevent the skin from being aged. SOLUTION: Scales of fish, for example, sardine, mackerel pike, sea bream, carp and the like are directly crushed, wet or dry-crushed and the resultant powdery scale is utilized. The objective turnover promoter is prepared by formulating the powdery fish scale as an active ingredient to prepare tablets, capsules, powder, granule or liquid and is given orally or parenterally, for example, rectally or as a skin preparation for external use. In a preferred embodiment, the daily dose of the powder fish scale is about 0.01-10 g/kg body weight. Further, when the fish scale is ingested as a functional food for prevention from getting older, the daily dose is preferably about 0.01-20 g/kg body weight.
Patent JP-S53132501-A (JP)
Title: Antibiotic tmc-481
Inventor: MIZUTANI TAKU
IPC: A61K35/74
Filed: 1977-04-24
Abstract: PURPOSE: Antibiotic TMC-481. Characteristics thereof are as follows. Sodium salt thereof: white acicular crystal; m.p. 186W187°C; elementary analysis, C61.87, H 8.78, Na 2.69%. The highest peak in mass spectrometric analysis: 752 in the case of free carboxylic acid thereof. UV absorption spectrum has no characteristic patterns. IR absorption spectrum (in KBr): 700, 745, 790, 825 cm -1  etc. Insoluble in water; soluble in ether, ethyl acetate, etc. Color reaction: positive to iodine, etc.; negative to ninhydrin. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H10242755-A (JP)
Title: Microwave oscillator
Inventor: OE OSAMU
IPC: H03B5/18
Filed: 1997-03-03
Abstract: PROBLEM TO BE SOLVED: To provide a microwave oscillator which has a totally compact structure and can easily secure its stability by mounting an active element on a substrate after a coupling line is formed on the substrate, mounting a dielectric coaxial resonator on the substrate as a resonator and then putting the internal conductor of the dielectric coaxial resonator close to the coupling line. SOLUTION: The microstrip lines 2 to 5, a ground pattern 10, a power terminal 11 and an output terminal 12 are provided on the upper surface of a substrate 1. Meanwhile, a ground conductor is formed on an almost entire lower surface of the substrate 1. Then the active elements, i.e., a transistor 6, the chip capacitors 7 and 8, and a chip resistance 9 are mounted on the substrate 1. Furthermore, a dielectric coaxial resonator 21 is placed at a prescribed position on the substrate 1. One of both ends of an internal conductor draw-out electrode 22 of the resonator 21 is connected and fixed to the internal conductor of the resonator 21 by soldering. Thus, the resonator 21 is (loosely) coupled to the line 2 via a magnetic field.
Patent JP-H06258086-A (JP)
Title: Hybrid navigator
Inventor: SUNAKAWA MITSURU
IPC: B64D43/00
Filed: 1993-03-09
Abstract: PURPOSE:To provide a hybrid navigator in which a position can be accurately detected for a long time by detecting a position of a moving body, holding a positional accuracy by a hyperbolic navigation, etc., to be used together with an independent navigation, continuously smoothly conducting it and correcting an error of the independent navigation even if positional information obtained by the hyperbolic navigation, etc., is discontinued. CONSTITUTION:Independent navigation information D1 indicating an advancing direction and its speed of the direction of a moving body to be obtained by an independent navigator is converted to a first speed information D14 by position correcting means 101, an error component of the information D14 is sequentially corrected by a correction amount D21, then converted to positional information to obtain present positional information D16 of the body. Positional information D12 obtained by other navigator except the independent navigator is converted to second speed information, compared with the information D14 to obtain its deviation, and the amount D21 is sequentially calculated from the deviation.